7 Best Books on Intelligent Controllers

“Intelligent Battery Charge Controllers for Stand-Alone Pv Systems” Book Review: This book is specifically designed for solar energy enthusiasts, as it is widely regarded as the most reliable and sustainable form of renewable energy. Its content includes a comprehensive discussion on the utilization of solar energy and the challenges faced by traditional energy sources. The book also delves into the intricacies of freestanding solar PV systems and the use of batteries in charging standalone systems. It further covers the design and application of various PV charge controllers. Overall, this book provides a fundamental understanding of the technology behind solar energy and its practical application.

“Dtc of AC Drives with Intelligent Controllers” Book Review: The book provides valuable insights into power electronics and electronic drivers for achieving speed control in AC drives. It extensively covers the utilization of AI controllers, including fuzzy logic and the enhancement of neutral networks through AC drives. Additionally, it features a concise discussion on torque ripple in DTC AC drives, which can be mitigated by employing both Fuzzy logic and neural network controllers.

“A Novel Intelligent Controller for Wind Turbine” Book Review: This book is specifically designed for renewable energy enthusiasts, particularly those interested in wind energy. It provides comprehensive information on the recent advancements made in wind power production, including improvements and better control over wind energy. The book highlights the importance of intelligent methods for wind turbines and discusses novel approaches to intelligent controller-based learning.

“Intelligent Electromechanical Cvt Ratio Controller” Book Review: This book is a valuable resource for understanding passenger vehicles that utilize continuously variable transmission. It comprehensively covers topics such as intelligent control systems, with a focus on CVT and maximum power driving strategies. Additionally, it discusses online engine speed values, input via throttle opening, and the electromechanical design of dual CVTs. The book also includes an introduction to basic concepts of adaptive artificial neural networks, which are used in conjunction with intelligent controllers to optimize vehicle performance.

“Speed Controller Design in Vfimds Using Intelligent Control Algorithms” Book Review: The intended audience for this book includes engineers and researchers in the field of speed controllers for variable frequency induction motor drives. The book presents artificial intelligence techniques that can be used to design suitable speed controllers for Direct Flux Orientation Control (DFOC) and Direct Torque Control (DTC) of induction motor drives. Additionally, the book compares the quantity and quality of AI-based controllers to those of transient parameter-related controllers for variable frequency induction motor drives. The book is written in a straightforward manner, emphasizing the practical applications of AI techniques and speed controllers to aid learners in comprehending the content.

“Fractional Order Differentiation and Robust Control Design (Intelligent Systems, Control and Automation: Science and Engineering)” Book Review: This is an insightful book that delves into the field of fractional order systems and their application in robust control design. Written by Jocelyn Sabatier and Patrick Lanusse, this book offers a comprehensive exploration of the subject. It covers topics such as fractional calculus, fractional order modeling, fractional order controllers, robust control strategies, and stability analysis. The book provides a valuable resource for researchers, engineers, and students interested in understanding the intricacies of fractional order systems and their practical implementation in robust control design. Its clear presentation and in-depth coverage make it a valuable addition to the field of intelligent systems and control engineering.

“Autonomous Rock Excavation, Intelligent Control Techniques And Experimentation (Series In Intelligent Control And Intelligent Automation)” Book Review: This book is a valuable resource for various topics such as ongoing Earth-moving activities, construction sites, waste area cleanups, and road areas. It presents a robotic control system that includes a computer for controlling a wheel loader. The book also addresses the unpredictable and dynamic nature of environmental excavation, which presents a challenge for real-time control algorithms. Additionally, it offers an analysis of the performance of human operators using finite state machines and neural networks. The book includes extensive experiments that demonstrate the algorithm’s effectiveness in several challenging excavation environments.